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Artificial intelligence and sensors based assistive system for the visually impaired people

机译:基于人工智能和传感器的视障人士辅助系统

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The need for developing a low-cost assistive system for the visually impaired and blind people has increased with steady increase in their population worldwide. The stick system presented in the paper uses artificial intelligence along with various sensors in real time to help the visually disabled people to navigate their environment independently. Image recognition, collision detection and obstacle detection are the three tasks performed by the system. The image recognition task was performed using a smartphone application powered by artificial intelligence. The tasks of collision detection and obstacle detection utilized ultrasonic sensors to alert the user of the obstacles appearing in his route. The stick system also managed to demonstrate the important characteristics of affordability, high efficiency, mobility and ease of use.
机译:随着全世界人口的稳定增长,为视力障碍和盲人开发低成本辅助系统的需求在增加。本文中介绍的操纵杆系统将人工智能与各种传感器实时配合使用,以帮助视力障碍者独立导航环境。图像识别,碰撞检测和障碍检测是系统执行的三个任务。使用人工智能驱动的智能手机应用程序执行图像识别任务。碰撞检测和障碍物检测的任务利用超声波传感器向用户警告其路线中出现的障碍物。操纵杆系统还设法证明了价格可承受性,高效性,移动性和易用性的重要特征。

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